Idrostudi srl Member

Idrostudi is a SME founded in 2002 by highly skilled hydraulic and environmental engineers with the aim of increasing the value of the expertise and the technologies developed in the academia and transfering them to the open market.

Our technical excellence and our well-established, professional relationships with our clients, business partners, professional technicians, and other staff have always been our strengths and will assure the success of our projects.

The always new and challenging requests of our clients and the complexity of environmental issues have driven us to widen our fields of activity. Nowadays, our enterprise provides multidisciplinary advice and services to public institutions, governmental authorities, integrated urban water management multi-utility companies, and private companies in the fields of environmental science, hydraulic and environmental engineering.

Over the years Idrostudi has acquired a distinctive and excellent expertise in hydraulic and environmental engineering aimed at providing specialized design and consulting advice that always meets our client’s requests, and even exceed them, while respecting established schedules and budgets.

Enthusiasm and creativity, sensitivity and passion, together with the commitment of expert staff, generate a very dynamic and united team, which is able to face challenging hydraulic and environmental problems, proposing innovative and fresh approaches to manage water resources, optimizing design solutions, and requalifying the areas of intervention. The acquisition over the years of outstanding expertise in hydraulic and environmental engineering and in highly qualified and specialized consulting is undoubtedly the strength of the company.

Idrostudi’s activities in the hydraulic and environmental engineering sector include:

• designing, modelling, and optimizing pipe networks, i.e. water supply, sewerage, and gas transport networks;
• NRW, DMAs, leakage management and reduction;
• planning and execution of hydraulic monitoring campaigns;
• surveying and identification of hydraulic systems;
• infiltration and inflow monitoring campaigns;
• river, marine, and environmental engineering, also adopting soil bioengineering techniques;
• hydrological analyses;
• study of flooding phenomena and river stream capacity (e.g. flood risk assessment);
• physical modelling of interaction between water bodies and hydraulic structures;
• 1D, 2D and 3D numerical modelling of water bodies and other natural phenomena;
• hydraulic compatibility assessments for railway and road design.